Identify characteristics of and perform calculations with frequency and wavelength
Know the relationship between types of electromagnetic radiation and energy
Know what exhibits continuous and line spectra
Know what each of the four quantum numbers (n, l, ml, and ms) represents
Identify the four quantum numbers for an electron in an atom
Write the complete and abbreviated electron configurations as well as orbital diagrams for an atom or an ion of an element
Identify the number and location of the valence electrons in an atom
Apply the trends in atomic properties such as atomic radii, ionization energy, electronegativity, electron affinity, and ionic size
Know the relative size of ions
Identify the products of nuclear transformation processes
Interconvert between the half-life of a nuclide and the amount of that nuclide remaining after a specific amount of time
Be familiar with critical mass, fusion/fission, mass defect, binding energy, nucleon, strong nuclear force, differences in penetrating power, and the ionizing ability of alpha, beta and gamma radiation
Use a graph to predict the type of decay that will occur
Learning Objectives
Problem Set #3.1
Atomic Theory Quiz:
http://www.classmarker.com/online-test/start/?quiz=h3b5074e00e3bee1
Assignments:
Unit III: Atomic Theory, Nuclear Chemistry & Bonding (Part Two)
Learning Objectives
Problem Set #3.2
*(a) NO2: 2 structures; NO3-: 3 structures; N2O4: 4 structures
(b) OCN-: 3 structures; SCN-: 3 structures; N3-: 3 structures
(c) O3: 3 structures; SO2: 2 structures; SO3: 3 structures
Assignments:
Great website for Molecular Geometry and Polarity:
http://www.tutor-homework.com/Chemistry_Help/Molecular_Geometry/Polar_Or_Nonpolar.html